… In this study, a three-dimensional frequency-domain light transport model based on the
simplified spherical harmonics approximation has been developed. The model was used to …

… tissue volumes or to probe dynamic changes repeatedly over prolonged periods. Here we
introduce optical frequency domain … , crucial aspects of tissue biology. Using unique OFDI-…

… photothermoacoustic (FD-PTA) imaging of biological tissues is presented and compared
with the conventional time-domain methodology. We demonstrate that tissue imaging can be …

… The frequency-domain SDE has been estimated to be … biological tissue. It is generally valid
for source–detector separations greater than about 1 cm and source modulation frequencies …

… A diverse range of microscopic features were identified in 2 and 3 dimensions, including
thin-capped fibroatheromas, calcium, macrophages, cholesterol crystals, bare stent struts, and …

… frequency domain analysis to the waveform of the pulse driven ultrasonic microscopy for tissue
… The calculated sound speed was compared with the result of frequency domain analysis …

… of soft tissues are closely related to their structure, biological … low-frequency (Hz to kHz
range) harmonic force to excite the … Manduca, and RL Ehman, “Three dimensional magnetic …

… Three-dimensional … of frequency domain FD measurements with a large set of continuous
wave cw measurements. The FD measurements are used to quantitatively determine tissue …

… The light propagation in biological tissues is accurately modeled by the radiative transfer
equation (RTE) in the frequency-domain. The reconstruction algorithm is based on a gradient-…

… Frequency-domain PTA (FD-PTA) … tissue phantoms and ex vivo tissue samples. Subsequent
and independent studies 11 confirmed several valuable features of the Frequency Domain …